Interactive Transcript
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Here is a case that is pretty classic
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for a submandibular glandular stone.
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And you look at the parotid glands,
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they look pretty nice.
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There's no calcifications within them.
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We look at the ductal region here.
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This is a blood vessel.
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So this is one of the problems with doing post-contrast
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CT scanning when you're looking for stones.
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First off, we get a lot of the dental amalgam artifact,
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which is independent of the contrast.
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But can I say that this is not a stone, a tiny stone.
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And you know,
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even with your dual-phase CT scan,
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this may be a problem because it's such a small abnormality.
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In this case, this was a blood vessel.
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However,
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when we go down here to the left submandibular gland,
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we see that there is this big calcification,
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which is at the junction between the gland and the
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proximal duct.
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We see a little bit of ductal dilatation.
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And we notice that the left submandibular gland is enlarged
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compared to the right submandibular gland.
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So let's put it all together.
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There is sialolithiasis associated with sialodochoectasia,
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as well as sialadenitis on the left side, with internal
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sialectasia within the glandular system itself,
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you see that there are probably some dilated
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ducts here as well.
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And it's inflamed.
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You look at the platysma muscle
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on the left side and compare it to the platysma muscle on
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the right side, and you see that it's thickened
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because of adjacent inflammation.
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So this is actually a nice example.
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This big calcification, unlikely to be able to be removed by
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doing an interventional procedure through the ductal system.
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They usually would try to dilate, dilate,
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dilate the duct and then try to either use secretagogues,
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which is...
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You know,
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give the patient something to cause them to
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salivate profusely to try to move it out.
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But this is a large, large stone.
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I think that this one will require removal
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of the gland and the ductal tissue.
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